I think the easiest way for this case here is to use a range attributes map. The key is mapping the region/year combinations into a single numeric value that you can use in the attributes map.   data have; input code region $ 3-16 growth_rate year; datalines; 0 North America -5.92 2020 0 North America -2.18 2021 0 North America -7.47 2022 0 North America -2.17 2023 0 North America -9.64 2024 1 South America 0.36 2020 1 South America 2.69 2021 1 South America -8.13 2022 1 South America 1.22 2023 1 South America -1.34 2024 2 Asia -1.53 2020 2 Asia 2.18 2021 2 Asia 5.64 2022 2 Asia 6.80 2023 2 Asia 8.70 2024 3 Europe -9.68 2020 3 Europe 3.91 2021 3 Europe 5.48 2022 3 Europe 3.52 2023 3 Europe 3.69 2024 4 Africa 3.29 2020 4 Africa 7.97 2021 4 Africa 2.48 2022 4 Africa 7.36 2023 4 Africa 1.31 2024 5 Oceania 8.00 2020 5 Oceania -6.05 2021 5 Oceania 6.91 2022 5 Oceania -1.09 2023 5 Oceania -7.46 2024 ; run; proc sort data=have(where=(year=2024)) out=temp; by descending growth_rate ; run; data fmt; set temp(rename=(region=start)); retain fmtname 'fmt' type 'c'; length label $ 80; label=repeat(' ',_n_)||strip(start); keep fmtname type start label; run; proc format cntlin=fmt; run; data have2; set have; _region=put(region,$fmt32.); if region="North America" then call symput('NorthAmerica',_region); run; data have3; set have2; if region="North America" then do; if year=2020 then color=1; else if year=2021 then color=2; else if year=2022 then color=3; else if year=2023 then color=4; else if year=2024 then color=5; end; if region NE "North America" then do; if year=2020 then color=6; else if year=2021 then color=7; else if year=2022 then color=8; else if year=2023 then color=9; else if year=2024 then color=10; end; run; data attrmap; retain ID "barcolors" altcolor "black"; input min $ max $ color $; datalines; 1 1 cxf7ebde 2 2 cxefdbc6 3 3 cxe1ca9e 4 4 cxd6ae6b 5 5 cxb4771f 6 6 cxdeebf7 7 7 cxc6dbef 8 8 cx9ecae1 9 9 cx6baed6 10 10 cx1f77b4 ; run; data sganno; %sganno %SGTEXT(LABEL="North America",TEXTWEIGHT="BOLD",TEXTCOLOR="RED",TEXTSIZE=10, FILLCOLOR="white",FILLTRANSPARENCY=0,WIDTH=40,Y1SPACE="DATAVALUE",X1SPACE="LAYOUTPERCENT",YC1="&NorthAmerica.",X1=6 ) run; proc sgplot data=have3 sganno=sganno rattrmap=attrmap noautolegend; title "Growth rate"; hbar _region / response=growth_rate group=year colorresponse=color rattrid=barcolors groupdisplay=cluster clusterwidth=0.9 datalabel DATALABELFITPOLICY=NONE datalabelattrs=(size=8pt) barwidth=1 nooutline transparency=0 dataskin=none; xaxis display=(nolabel) min=-12 max=12; yaxis display=(nolabel) colorbands=even ; run;     ... View more

Would a bar chart be sufficient for this case? Try this and see if you get what you want:   proc sgplot data=sashelp.cars; where cylinders between 4 and 8; vbar cylinders / dataskin=pressed stat=pct; yaxis label='Percent'; xaxis label='Cylinder'; run; ... View more

Along with the code you have, add the LCGROUP option to the SERIES to specify the variable that contains the binary values. LC stands for "LineColor". The SERIES plot has the ability to assign multiple "group" variable to the plot to control different attributes, including line color, line patterns, marker color, and marker shape. If you want specific colors for each of the binary values, I would use a discrete attributes map to assign the color to the value. In the end, you code will look something like the following: data my_attrmap; retain ID "ind_colors"; input value linecolor $; cards; 0 blue 1 red ; run; proc sgplot data=mydata dattrmap=my_attrmap; series y=outcome x=time / group=type grouplc=indicator lcattrid=ind_colors; run; Hope this helps! ... View more